A venturi meter has a main pipe diameter of 65 mm and 26 mm diameter of throat. When measuring the flow of a fluid with mass density 898 kg/m³, different readings on the flow rate through the meter. Take mercury manometer gauge is 71 mm. Calculate the actual the discharge coefficient Ca = 0.97 and 13.6 relative density of mercury.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Pls do step by step, don't type. Write on a paper. Give a clear explanation... Fluid mechanics diploma level. Revising for exam....thank you
A venturi meter has a main pipe diameter of 65 mm and 26 mm diameter of throat. When
measuring the flow of a fluid with mass density 898 kg/m³, different readings
flow
rate through
mercury manometer gauge is 71 mm. Calculate the actual
the discharge coefficient Ca = 0.97 and 13.6 relative density of mercury.
on
the
the meter. Take
Transcribed Image Text:A venturi meter has a main pipe diameter of 65 mm and 26 mm diameter of throat. When measuring the flow of a fluid with mass density 898 kg/m³, different readings flow rate through mercury manometer gauge is 71 mm. Calculate the actual the discharge coefficient Ca = 0.97 and 13.6 relative density of mercury. on the the meter. Take
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